This connector is designed for engineers and technicians and is a high quality, compact RF interface that is reliable and won’t compromise on performance. The Female MCX connector is supplied with a bulkhead mount, to mount through a panel, enclosure wall or PCB bracket, allowing neat RF connections to be routed through. Ideal for use in embedded RF modules and communication systems as well as GPS receivers, test equipment and wireless applications such as instrumentation and compact wireless transmitters and receivers. This connector features a push-on coupling action which does not require any threaded connection parts and is therefore ideal for test connections and for repeat use. A high quality connector, the MCX Female Bulkhead Connector provides consistent impedance and low VSWR across a broad frequency range, ideal for modern RF and microwave designs. High quality materials are used, along with precise machining to minimize insertion loss and provide long term, reliable mechanical performance. Use through a chassis or panel cutout from one side, secured by a nut and washer, once through, connection made on the front panel with an MCX Male Plug and appropriate internal coax or PCB trace connections made. Ideal for new builds or for upgrade of existing systems. High quality RF connector, a professional, space saving interface for RF signals entering or leaving a device. Providing excellent performance and reliability.

• Compact MCX female jack with bulkhead mounting for panel or enclosure feedthrough
• Space‑saving design ideal for high‑density and compact RF assemblies
• Push‑on MCX interface for fast
• secure mating and unmating
• Designed for controlled impedance and low signal loss in RF applications
• Suitable for use in RF modules
• GPS
• wireless systems
• and test equipment
• Robust mechanical construction for long service life and repeated mating cycles
• Supports integration with coaxial cable or PCB‑based RF designs
• depending on variant
• Helps maintain clean
• organized RF signal routing through device walls or front panels